Robotics Engineer with hands-on experience in deep learning and computer vision, specializing in autonomous systems development. Strong background in both research (robotics navigation systems) and industry applications (automation and control systems).
Project/Thesis : "Object-Centric Local Navigation for Quadruped Robots"
Technical Contributions:
Key Results:
Technofest Competition
OBJECT-CENTRIC LOCAL NAVIGATION FOR QUADRUPED ROBOTS | MS Thesis
Developed imitation learning pipeline with encoder-MLP architecture, implementing vision encoders (ResNet18, DINOv2, Grounded SAM2) with cross-attention mechanisms, achieving 98% navigation accuracy
LIDAR-GUIDED SAMPLE DELIVERY SYSTEM | CSCI5551
Implemented Bug 2 path planning algorithm for autonomous TurtleBot3 navigation across complex terrain using LIDAR perception
LUNG TUMOR SEGMENTATION | EE5561
Co-developed modified U-Net and Res U-Net architectures for accurate tumor detection in CT medical images
HUMAN-ROBOT INTERACTION WITH LLM | CSCI5541
Set up PyBullet simulation environment for empathetic social robot using large language models for context-aware responses